Search Results
AI Overview
99.6%
is a high-purity aluminum oxide ceramic, primarily used for technical applications requiring excellent thermal conductivity, electrical insulation, and high corrosion/wear resistance. It is widely used in semiconductor substrates, thin-film metallization, specialized industrial ceramics, and, in powder form, for high-temperature refractory materials, often surviving up to 1800°C.
Show more
Web results
High Purity (99.6%) Alumina Ceramic Substrate 2"x2"x 0.5 ...
MTI Corporation
https://mtixtl.com › ... › Ceramic & Glass Substrate A-Z
MTI Corporation
https://mtixtl.com › ... › Ceramic & Glass Substrate A-Z
Al2O3 Ceramic Substrate; SUPERSTRATE 996 · Purity: 99.6% · Grain Size: < 1.0 Micron · Polishing: Two sides polished, ( 2sp ) · Surface Roughness: < 1 microinch or ...Read more
Al2O3 99.6% 0.7-1.5mm 100g - 0481233
Umicore
https://mds.umicore.com › evaporation-materials › al2o3...
Umicore
https://mds.umicore.com › evaporation-materials › al2o3...
Al2O3 99.6% 0.7-1.5mm 100g - 0481233. Specifications. Coating material. Aluminium oxide. Purity. 99.6%. Form. Granulate. Dimensions. 0.7 - 1.5 mm. Quantity.Read more
People also ask
Web results
Keral 99 Alumina content ≥ 99.6% Applications Advantages
Kerafol - Keramische Folien GmbH & Co. KG
https://www.kerafol.com › uploads › 2024/07 › K...
Kerafol - Keramische Folien GmbH & Co. KG
https://www.kerafol.com › uploads › 2024/07 › K...
PDF
Keral 99 is a high alumina substrate mate- rial with ≥ 99.6% purity. Due to the high de- gree of purity and the fine grain structure,.Read more
2 pages
CoorsTek Superstrate® 996 99.6% Alumina Thin Film
MatWeb
https://www.matweb.com › search › datasheet
MatWeb
https://www.matweb.com › search › datasheet
CoorsTek Superstrate® 996 99.6% Alumina Thin Film. Categories: Ceramic; Oxide; Aluminum Oxide. Material Notes: Applications: thin film substrates.Read more
High Purity (99.6%) Alumina Ceramic Substrate 1"x1"x ...
MTI Corporation
https://mtixtl.com › ... › Ceramic & Glass Substrate A-Z
MTI Corporation
https://mtixtl.com › ... › Ceramic & Glass Substrate A-Z
Al2O3 Ceramic Substrate: ADS-996 · Color: White · Purity: 99.6% · Grain Size: < 1.2 microns · Size: 1" x 1" x 0.254 mm · CTE (25 - 600 deg. C): 7.5 · Ploshing: Two ...Read more
Alumina Foam Insulation, Al2O3, >99.6% Purity
Stanford Advanced Materials
https://www.samaterials.com › alumina › 2468-alumina-c...
Stanford Advanced Materials
https://www.samaterials.com › alumina › 2468-alumina-c...
Jul 30, 2024 — Alumina Foam Insulation excels in resisting corrosion and the corrosive effects of molten aluminum, effectively eliminating inclusions.Read more
99.6% Al2O3 Ceramic Substrate dielectric constant
Fujian Huaqing Electronic Material Technology Co.,Ltd
https://www.huaqingcn.com › 996-al2o3-ceramic-substra...
Fujian Huaqing Electronic Material Technology Co.,Ltd
https://www.huaqingcn.com › 996-al2o3-ceramic-substra...
Alumina 99.6% (Al2O3) is one of the most popular ceramic substrates because of its excellent heat resistance, high mechanical strength, abrasion resistance, ...Read more
96%, 99.5%, and 99.6% Alumina Ceramics Available
Valley Design
https://valleydesign.com › ...
Valley Design
https://valleydesign.com › ...
99.6% Alumina Al2O3 substrates, commonly known as thin film substrates, are produced using tape casting or pressing techniques. These materials are supplied ...Read more
Alumina Tube, 99.6% Al2O3 Ceramic Tube
Brother Furnace
https://brofurnaces.com › Alumina Product
Brother Furnace
https://brofurnaces.com › Alumina Product
Our high purity alumina (Al2O3 content > 99%) ceramics are purpose-built to perform across a wide range of high-temperature applications. Our high purity ...Read more
High Purity 99.6% Al2O3 Alumina Ceramic Substrate 0.30 ...
Wuxi Special Ceramic Electrical Co.,Ltd
https://www.al2o3ceramics.com › ... › Ceramics Substrate
Wuxi Special Ceramic Electrical Co.,Ltd
https://www.al2o3ceramics.com › ... › Ceramics Substrate
All these alumina substrate offer extraordinary properties of electrical insulation, thermal conductivity, breaking strength, and high-temperature resistance.Read more


